Guide prices (net ranges) – RAID | NAS data recovery fee net: from 100.000 HUF
- Baseline / minor logical issue (e.g., RAID 1 or stable RAID 5, damaged file system but readable members) net: HUF 100.000 – 180.000
- More complex recovery (e.g., RAID 5 with one failed and multiple weak members; RAID 0 parameter inference; NAS metadata corruption) net: HUF 180.000 – 350.000
- High capacity / multiple concurrent faults (e.g., RAID 6 with several weak disks, long fault-tolerant reads) net: HUF 350.000 – 600.000
A bevizsgálási díj 50.000 Ft + Áfa, leadáskor fizetendő, melyet elfogadott árajánlat és sikeres adatmentés esetén beszámítunk az adatmentés költségébe.
Estimated turnaround is 1–3 business days, but may be longer for higher capacities.
Sürgősségi RAID | NAS adatmentés bevizsgálás díja: 75.000 Ft + Áfa. Egyedi árajánlatot készítünk.
Támogatott fájlrendszerek: FAT, exFAT, NTFS, ReFS, HFS+, APFS, EXT2/3/4, XFS, F2FS, ReiserFS, BtrFS, VMFS, UFS1/2, ZFS, DHF4.1, WFS0.x
"No data – no fee" policy: if we cannot deliver usable data, the recovery labor fee is not charged (diagnostics and any logistics/parts costs are separate items).
How does RAID data recovery work?
- Safe diagnostics (write protection): each member disk is connected individually with no write operations, and its condition is assessed.
- Disk imaging: a separate, fault-tolerant, sector-by-sector image is made from every member (handling bad sectors, retries).
- Array reconstruction: we reassemble the array from the images in software (RAID level, stripe size, order, offset, parity direction).
- File system recovery: the file system is recovered from the virtually reconstructed array (NTFS, ext4, Btrfs, XFS, ZFS, etc.).
- Verification and delivery: critical files are sample-opened for verification, then data is delivered (on a new drive or via encrypted download).
- Very important: do not start a rebuild, do not initialize the array, do not change disk order, and do not run “repair” tools — these can significantly reduce the chances of success.
Typical scenarios and options
- RAID 1 (mirror): often recoverable even with one failed disk; we image the good member and recover directly from it.
- RAID 0 (stripe): a single disk loss is critical; we infer parameters from remaining members and metadata, then assemble the data.
- RAID 5: one disk loss is tolerated, yet data can still be affected in degraded mode. After handling the bad disk and weak sectors, we rebuild parity virtually to reconstruct the array.
- RAID 6: two disk losses are tolerated; more complex but often recoverable if the remaining members are imageable.
- RAID 10 / 50 / 60: due to combined mirror + stripe, a tailored strategy is needed; first image all members, then reconstruct layer by layer.
- NAS enclosures (Synology, QNAP, TrueNAS, etc.): we also restore NAS-specific metadata (e.g., mdadm, LVM, SHR, Btrfs) and perform file-system recovery on the virtually reassembled volume.